Tracks

Data Analysis from Experiments particle tracking and Molecular Dynamics simulation

There are 2 main classes of functions:

TRAJECTORY FUNCTIONS. Deal with single-particle trajectories, with variable length in general (since particle tracking from experiments produces different-length trajectories).
SYSTEM INSTANTANEOUS-STATE FUNCTIONS. Deal with system's snapshots analysis. They have variable number of particles (since particle tracking from experiments produces different-length trajectories).

Both classes of functions should be able to yield with both system-wide and local-field magnitudes.

A full (growing) list of functions will be provided in short.

Name		Name	Last commit message	Last commit date
Latest commit History 93 Commits
.ipynb_checkpoints		.ipynb_checkpoints
mathematica		mathematica
particle_tracking		particle_tracking
Datos		Datos
README.md		README.md
filtering.py		filtering.py
tracks_processing.ipynb		tracks_processing.ipynb